BharatNotes Why this chapter matters for UPSC: Natural resources sit at the heart of GS1 (geography — resource distribution) and GS3 (economy, energy, environment, sustainable development). The renewable/non-renewable distinction, India's resource endowment, conservation, and the shift to a circular/regenerative economy are recurring Prelims and Mains themes, linking to climate policy, energy security, and the Sustainable Development Goals.
Cross-paper relevance
- GS1 — Geography: Distribution of natural resources — iron ore (Jharkhand, Odisha, Chhattisgarh); coal (Damodar Valley, Madhya Pradesh, Odisha); bauxite (Odisha, Chhattisgarh); petroleum (Rajasthan, Gujarat, Assam, Mumbai High offshore); fresh water distribution (monsoon dependency, North-South divide)
- GS3 — Energy Security: India's ~88% crude oil import dependency (FY25, PPAC); coal dominates ~70-75% of electricity generation despite 50% non-fossil installed capacity; National Critical Mineral Mission (₹34,300 crore; lithium, cobalt, REEs); NCMM and KABIL overseas acquisition
- GS3 — Environment / Sustainability: SDG 12 (Responsible Consumption and Production); Mission LiFE (PM Modi at COP26); Extended Producer Responsibility (EPR) for plastics and e-waste; GOBARdhan (waste-to-wealth, biogas); Green Hydrogen National Mission (5 MMT/year by 2030)
- GS2 — Governance / Law: MMDR Act 1957 (amended 2021, 2023); National Mineral Policy 2019; Forest (Conservation) Act 1980 (amended 2023); tribal consent under PESA 1996 for mining in Schedule V areas (Vedanta Niyamgiri SC 2013)
- Essay: "Natural resources — India's greatest inheritance and its most contested legacy"; "From dig-and-dump to circular economy — India's resource revolution"
PART 1 — Quick Reference Tables
| Basis of Classification | Types | Examples |
|---|---|---|
| Origin | Biotic / Abiotic | Biotic: forests, animals; Abiotic: minerals, water, air |
| Renewability | Renewable / Non-renewable | Renewable: solar, wind, water, forests; Non-renewable: coal, petroleum, minerals |
| Development status | Actual / Potential | Actual: resources being used now; Potential: known but not yet used |
| Distribution | Ubiquitous / Localised | Ubiquitous: air, sunlight; Localised: minerals, fossil fuels |
| Key Term | Meaning |
|---|---|
| Natural resource | Anything from nature that people use to meet their needs |
| Renewable resource | Replenished by nature within a human timescale (solar, wind, water, biomass) |
| Non-renewable resource | Formed over millions of years; finite; exhaustible (coal, oil, minerals) |
| Conservation | Careful, planned use of resources to make them last and avoid waste |
| Sustainable development | Meeting present needs without compromising future generations' needs |
| Regenerative / circular economy | An economy that reuses and replenishes resources and minimises waste |
| Resource | Renewable? | Note |
|---|---|---|
| Solar energy, wind | Renewable | Inexhaustible flow resources |
| Water, forests, soil | Renewable but degradable | Renew only if used sustainably; can be exhausted by overuse |
| Coal, petroleum, natural gas | Non-renewable | Fossil fuels — finite, formed over geological time |
| Metallic & non-metallic minerals | Non-renewable | Exhaustible; recycling extends their life |
PART 2 — Detailed Notes
What Is a Natural Resource?
A natural resource is anything provided by nature that human beings use to satisfy their needs — air to breathe, water to drink, soil to grow food, minerals to build with, and fuels for energy. A substance becomes a "resource" only when people have the knowledge, technology, and need to use it (uranium, for example, was not a resource until nuclear technology existed). Resources are therefore both a gift of nature and a product of human ability and value.
How Resources Are Classified
Resources are grouped in several overlapping ways:
- By origin — biotic (from living things: forests, wildlife, fossil fuels) and abiotic (from non-living things: minerals, water, air).
- By development — actual resources (whose quantity is known and which are being used now) and potential resources (known to exist but not yet used, e.g. solar energy in vast desert areas).
- By distribution — ubiquitous (found everywhere, like air and sunlight) and localised (concentrated in particular places, like coal or iron ore).
- By renewability — the most important distinction for sustainability, below.
Renewable and Non-Renewable Resources
- Renewable resources are replenished by nature within a human timescale — solar energy, wind, flowing water, forests, and biomass. Some, like sunlight and wind, are practically inexhaustible "flow" resources. Others — water, soil, and forests — renew only if used wisely; overuse can degrade or exhaust them (a forest cleared faster than it regrows is effectively lost).
- Non-renewable resources form over millions of years and are finite — coal, petroleum, natural gas (fossil fuels), and minerals. Once used, they cannot be replaced on a human timescale. Recycling metals and minerals extends their usefulness, but fossil fuels burned are gone for good (and release greenhouse gases).
The Uneven Distribution of Resources
Resources are spread unevenly across the Earth and across India — some regions are rich in minerals or fossil fuels, others in fertile soil, forests, or water. This uneven distribution shapes economies, trade, and even conflict. It is why countries depend on one another (and why India imports much of its crude oil despite having large coal reserves).
Resource depletion and the need for conservation: Because human demand is rising while many resources are finite or slow to renew, over-exploitation leads to depletion, pollution, and degradation. Conservation — using resources carefully, avoiding waste, recycling, and choosing renewables — is essential so that resources last and the environment stays healthy for future generations.
Towards a Regenerative / Circular Economy
The chapter's central forward-looking idea is the move from a wasteful "take-make-dispose" (linear) economy to a regenerative economy that operates in harmony with nature — repurposing used resources, minimising waste, and replenishing depleted resources. This is the circular economy: products and materials are reused, repaired, and recycled in closed loops, and renewable energy replaces fossil fuels. It is the practical expression of sustainable development — meeting today's needs without robbing future generations.
UPSC GS1 / GS3 — India's Resources and Sustainability Agenda:
- Energy resources: India has large coal reserves (among the world's largest) and coal still supplies about 70-75% of actual electricity generation, but it is heavily import-dependent for crude oil — import dependency hit a record ~88% in 2024-25 (PPAC) — a key energy-security concern. The shift to renewables (solar, wind) is central to India's strategy: India reached 50% of installed power capacity from non-fossil sources in 2025 (five years ahead of target), targeting 500 GW non-fossil capacity by 2030 and net-zero by 2070 (COP26 Panchamrit). Note the capacity-vs-generation distinction — non-fossil is ~50% of capacity but coal still dominates generation because thermal plants run at higher utilisation.
- Minerals: India has significant iron ore, bauxite, and other minerals (mostly in the peninsular plateau), governed by the MMDR Act and the National Mineral Policy; critical minerals (lithium, cobalt) for clean energy are a new strategic priority (National Critical Mineral Mission).
- Conservation & circular economy: flagship efforts include Mission LiFE (sustainable lifestyles), Extended Producer Responsibility rules for plastics and e-waste, Swachh Bharat / waste-to-wealth (GOBARdhan), and resource-efficiency missions — all expressions of the regenerative-economy idea.
- Frameworks: the Sustainable Development Goals (SDGs) and the principle of inter-generational equity underlie this chapter's message.
[Additional] 1a. Resource Geography and Energy Security
India's resource geography drives major GS3 debates: heavy coal dependence vs decarbonisation; crude-oil import dependence (a large share of needs imported) and the push for biofuels, EVs, and renewables to cut it; and the race for critical minerals needed for batteries and solar panels. The chapter's "use resources in harmony with nature" framing connects directly to energy security, the just energy transition, and climate commitments — high-frequency Mains territory.
UPSC synthesis: Resource = nature + human need/technology. Classify by origin (biotic/abiotic), development (actual/potential), distribution (ubiquitous/localised), renewability. Renewable (solar, wind, water, forests — some degradable) vs non-renewable (coal, oil, gas, minerals — finite). Uneven distribution → trade and dependence. Conservation + circular/regenerative economy = sustainable development (meet present needs without harming future generations). India: large coal (~70-75% of generation) but ~50% non-fossil installed capacity (2025); oil-import-dependent (~88%, FY25); renewables push (500 GW by 2030, net-zero 2070), critical-mineral mission, Mission LiFE/EPR.
[Additional] 1b. India's Renewable Energy Milestone — 274 GW and the 500 GW Target
The chapter covers renewable vs non-renewable resources. The most important current-affairs resource story in India is its astonishing renewable energy scale-up — from 35 GW in 2014 to 274 GW by March 2026 — making India the 3rd largest renewable energy country in the world.
GS3 — Energy / Environment:
India's Renewable Energy Installed Capacity (as of 31 March 2026):
| Source | Installed Capacity |
|---|---|
| Solar (PV + CSP) | 150.26 GW |
| Wind | 49.19 GW |
| Small Hydro | ~5.14 GW |
| Biomass/Biogas | ~10.9 GW |
| Waste-to-Energy | ~0.59 GW |
| Total Renewable | ~215 GW |
| Large Hydro | ~47 GW |
| Nuclear | ~7.5 GW |
| Total Non-Fossil | ~283 GW = ~55% of total installed capacity |
| Total Installed (all sources) | ~507 GW |
Key milestones:
- 50% non-fossil capacity: Crossed in June 2025 — 5 years ahead of India's 2030 NDC target
- Total RE added in FY 2025-26: Record 55.29 GW in a single year
- 3rd globally: India ranks 3rd in installed renewable energy capacity (after China ~1,400 GW, USA ~350 GW)
- Solar milestone: 150 GW solar (as of March 2026) — India had set a 100 GW solar target in 2015; achieved in 2022; subsequently raised to 300 GW solar by 2030
Key solar and wind programmes:
- PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan): Solar pumps for farmers; 20.42 lakh farmers (as of FY25)
- PM Surya Ghar — Muft Bijli Yojana: 1 kW–3 kW rooftop solar for residential consumers; first 300 units/month free after installation; 9.56 GW added by FY25-26
- Offshore wind: India's first offshore wind tender (1 GW off Gujarat coast) — targets 37 GW offshore by 2030
- Green Hydrogen Mission (National Green Hydrogen Mission — NGHM): Cabinet approved January 2023; ₹19,744 crore; target 5 MMT green hydrogen production/year by 2030; 1 MMT green hydrogen export potential
The coal paradox:
- Even as 55% of installed capacity is non-fossil, coal still generates ~70-75% of electricity (thermal plants have higher utilisation rates — they run continuously; solar/wind generate intermittently)
- This capacity vs generation distinction is critical for UPSC answers
- India's coal production crossed 1 billion tonnes (1,047.67 MT) for the first time in FY 2024-25 (March 20, 2025) — India = 2nd largest coal producer globally
UPSC synthesis: India = 507 GW total capacity (March 2026); non-fossil = 283 GW (55%); renewable = 215 GW (3rd globally); solar 150.26 GW, wind 49.19 GW; FY25-26 record = 55.29 GW added; PM Surya Ghar = 9.56 GW rooftop; PM-KUSUM = 20.42 lakh farmers; NGHM = 5 MMT green hydrogen by 2030. 50% non-fossil milestone = June 2025, 5 years ahead of NDC. But coal still dominates generation (70-75%) — capacity ≠ generation (the cardinal UPSC distinction). Coal = 1,047 MT (March 2025, first time >1 billion tonnes, India = 2nd globally after China).
Quick Reference — India's Key Mineral and Energy Resources (GS1/GS3 Prelims Table)
| Resource | Type | India's Status | Key States | Policy Link |
|---|---|---|---|---|
| Iron Ore | Non-renewable (mineral) | 4th largest reserves globally; ~270 MT production (FY25) | Odisha (55%), Chhattisgarh, Jharkhand, Karnataka | NMDC primary producer; exported + domestic steel |
| Coal | Non-renewable (fossil fuel) | 2nd largest producer (~1,048 MT FY25); 4th largest reserves | Jharkhand, Odisha, Chhattisgarh, West Bengal (Damodar Valley), MP | Coal India Ltd (CIL); thermal power 70% |
| Crude Oil | Non-renewable (fossil fuel) | ~88% import dependent (FY25); domestic = ~29 MT | Rajasthan, Gujarat, Assam, Mumbai High (offshore) | ONGC; IOC refining |
| Natural Gas | Non-renewable (fossil fuel) | Imports ~50% LNG; KG-D6 basin (Andhra) = largest domestic field | Andhra Pradesh, Gujarat, Tamil Nadu, Assam | Gas Authority of India (GAIL) |
| Lithium | Critical mineral | Found: J&K (Reasi ~5.9 MT, 2023 GSI discovery); Rajasthan (Degana) | J&K, Rajasthan | NCMM; KABIL overseas acquisition |
| Bauxite | Mineral (non-renewable) | 4th largest globally | Odisha (45%), Jharkhand, Gujarat, MP | NALCO (primary aluminium PSU) |
| Rare Earth Elements | Critical mineral | World's 5th largest reserves; IREL mines monazite beach sands | Kerala, Tamil Nadu, Odisha, Andhra (beach sands) | IREL India Ltd; PLI for RE permanent magnets ₹7,350 crore |
| Solar Energy | Renewable | 150.26 GW installed (March 2026); 3rd globally | Rajasthan, Gujarat, Karnataka, Andhra, Tamil Nadu | MNRE; PM Surya Ghar; SECI |
| Wind Energy | Renewable | 49.19 GW installed; 4th globally | Tamil Nadu, Gujarat, Rajasthan, Karnataka | MNRE; National Wind Energy Institute (NIWE) |
| Hydropower | Renewable (with caveats) | ~47 GW large hydro; ~5 GW small hydro | Himachal Pradesh, Uttarakhand, Kerala, Arunachal | NHPC; THDC |
| Thorium | Critical (nuclear) | World's largest reserves (~30% globally); IREL beaches | Kerala, Tamil Nadu, Andhra | BARC 3-stage nuclear programme (Thorium = Stage 3 fuel) |
Exam Strategy
Prelims pointers:
- Renewable ≠ inexhaustible: water, soil, and forests are renewable but can be degraded/exhausted by overuse; only flow resources like sunlight/wind are effectively inexhaustible.
- Fossil fuels (coal, oil, gas) are non-renewable and biotic in origin (formed from ancient organisms).
- Actual vs potential resources; ubiquitous vs localised.
- India = coal-rich but oil-import-dependent.
- Circular economy = reuse/repair/recycle in loops vs linear "take-make-dispose."
Mains / Essay angles:
- From linear to circular economy: how a regenerative model supports sustainable development (GS3).
- India's energy security and the renewable transition (GS3).
- Inter-generational equity and resource conservation (GS3/Essay).
Practice Questions
Prelims:
Which of the following is a non-renewable resource?
(a) Solar energy
(b) Wind
(c) Petroleum
(d) Flowing waterA "potential resource" is one that is:
(a) Currently being used fully
(b) Known to exist but not yet utilised
(c) Found everywhere
(d) Always renewable
Mains:
- "The shift from a linear to a circular economy is essential for sustainable resource use." Discuss with reference to India's conservation and energy-transition efforts. (GS3, 15 marks)
- Explain how the uneven distribution of natural resources shapes economic dependence and energy security, using India as an example. (GS1/GS3, 10 marks)
Sources: NCERT, Exploring Society: India and Beyond — Textbook for Grade 8 (2026, Reprint 2026-27), Chapter 1; standard resource geography (renewable/non-renewable, actual/potential classification); India's energy mix and non-fossil capacity / 500 GW-by-2030 and net-zero-2070 targets (COP26 Panchamrit; PIB / Ministry of Power — figures update annually); National Mineral Policy and National Critical Mineral Mission (Ministry of Mines); Mission LiFE and Extended Producer Responsibility (MoEFCC); Sustainable Development Goals (UN).
